LAT: Low temperature Ambient pressure Technology fo wastewater treatment

在中国，快速的经济发展和城市化导致了用水量的增加和严重的污染。中国政府的“十三五”规划包括加强环境保护的目标，强调严格控制污染物排放，并要求在新建和现有的燃煤电厂和煤化工炼化设施中进行水的回用和循环利用，以处理复杂的工业过程废物流。这些“挑战”代表了总部位于英国的Solaquagen International （SQG）的商机，以及SQG屡获殊荣的创新低温、环境压力、加湿-除湿技术“LAT”的应用。该项目的目标是利用LAT来“清洁”中国垃圾渗滤液和煤化工工厂中典型的高度变化的废水。该项目是SQG和德诺沃（中国上海）之间的合作伙伴关系，旨在在上海的一个地点验证LAT试点的工业研究。LAT应对挑战的能力将有助于全球面临的气候行动、资源效率和原材料问题。作为“绿色”水处理技术的领导者，SQG作为一家企业的影响将是显著的，预计在项目完成两年后，每投资1英镑将获得7.5英镑的回报。

Rapid economic development and urbanization have led to rising water consumption and rampant pollution in China. The Chinese government’s 13th Five-Year Plan includes objectives to enhance environmental protection, emphasizing rigorous control of pollutant discharge and mandates water reuse and recycling in new and existing coal-fired power plants and coal-to-chemical refining facilities for treating complex industrial process waste streams. These “challenges” represent business opportunities for UK-based Solaquagen International (SQG), and a niche for deploying SQG’s awards winning innovative low temperature, ambient pressure, humidification-dehumidification technology, “LAT”. The project objective is to deploy LAT to “cleaning” highly variable wastewaters, that are typical of Landfill Leachate and Coal Chemical plants in China. The project is a partnership between SQG and Denovo (Shanghai, China), aimed at proving industrial research on a LAT pilot at a Shanghai site. The ability of LAT to address the challenges will contribute towards climate action, resource efficiency and raw materials issues facing the world. The impact on SQG as a business will be significant with sustained credibility as a leader of “green” water treatment technology and a return of £7.5 per £1 invested is expected, 2 years after the completion of the project.